249535_DeAnza Stevens Creek_Post-Cx Jx EME_093020221 | P a g e
Radio Frequency - Electromagnetic Energy
(RF-EME) Jurisdictional Report
DEANZA STEVENS CREE - E - CITY OF CUPERT
10800 Torre Ave.
Cupertino, CA 95014
37°19'08.9"N, 122°01'40.6"W
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September 30, 2022
RE: Verizon Wireless RFE Site/ Jurisdictional Compliance
To Whom It May Concern,
We write to inform you that Verizon Wireless (Verizon) has performed a radio frequency (RF) compliance pre-
construction evaluation for the above-noted proposed antenna. Based on the result of the evaluation, this site is
complied with Federal Communications Commission (FCC) regulations and no further action is required. The
information in this compliance document was prepared by Telnet Inc (Telnet), an approved Verizon vendor.
The FCC has established safety rules relating to potential RF exposure from cell sites. The rules are codified at
47 C.F.R § 1.1310. The FCC provides guidance on how to ensure compliance with its rules in the FCC Office of
Engineering and Technology Bulletin 65 (available at
https://transition.fcc.gov/Bureaus/Engineering_Technology/Documents/bulletins/oet65/oet65.pdf). The FCC
developed the RF standards, known as Maximum Permissible Exposure (MPE) limits, in consultation with
numerous other federal agencies, including the Environmental Protection Agency, the Food and Drug
Administration, and the Occupational Safety and Health Administration (OSHA). The OSHA provides
information on its standards regarding RF on its website at https://www.osha.gov/radiofrequency-and-
microwave-radiation/standards.
Questions related to compliance with federal regulations should be directed to
VZWRFCompliance@verizonwireless.com.
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Introduction
Verizon is proposing to add RF transmitting technology at 10800 Torre Ave., Cupertino, CA 95014.
Verizon is licensed by the FCC to provide wireless communications services. As required by the FCC, wireless system
operators must perform an assessment of the potential human exposure to RF emissions emanating from transmitting
antennas at the site. Telnet was hired by Verizon to perform the required RF emission study of the RF environment
surrounding the facilities installed by Verizon at this location. Verizon’s RF exposure policy complies with FCC and
OSHA requirements.
FCC Limits for MPE
Verizon’s telecommunications equipment and networks comply with FCC RF safety standards.
Those standards were adopted after examining the RF research that scientists in the US and around the world have
conducted for decades. The research continues to this day, and agencies continue to monitor it. Based on that
research, federal agencies have concluded that equipment and networks that comply with the safety standards pose
no known health risks.
Different perimeters (limits) apply for occupational and public exposure conditions. Public exposure limits generally
are five times more restrictive than occupational exposure limits. These limits apply for perpetual exposures and are
intended to provide a cautious margin of safety for all persons, regardless of age, gender, size, or health. The FCC
provides information regarding RF safety in its RF Safety FAQ, available at https://www.fcc.gov/engineering-
technology/electromagnetic-compatibility-division/radio-frequency-safety/faq/rf-safety.
The FCC exposure limits of undefined duration to radio frequency energy for the following personal wireless services:
Personal Wireless Service Approx. Frequency Occupational Limit Public Limit
Personal Communication (“PCS”) 1950 MHz 5.00 mW/cm2 1.00 mW/cm2
Cellular Telephone 870 MHz 2.90 mW/cm2 0.58 mW/cm2
Specialized Mobile Radio 855 MHz 2.85 mW/cm2 0.57 mW/cm2
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❖ At this location there are 9 Verizon antennas are operating.
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1 VZW Panel L-Sub6 - 320 0.0 1 23.55 0 0 Ericsson AIR6449 30 2.8 11 227.8 176.3
2 VZW Panel 746 LTE 80 0.5 2 12.38 0 0 CommScope SBNHH-1D65B 30 6.1 68 230.2 177.5
2 VZW Panel 850 L/5G 80 0.5 2 12.67 0 0 CommScope SBNHH-1D65B 30 6.1 66 230.2 177.5
2 VZW Panel 1900 LTE 80 0.5 2 15.89 0 0 CommScope SBNHH-1D65B 30 6.1 66 230.2 177.5
2 VZW Panel 2100 LTE 80 0.5 2 16.44 0 0 CommScope SBNHH-1D65B 30 6.1 63 230.2 177.5
3 VZW Panel 746 LTE 80 0.5 2 12.38 0 0 CommScope SBNHH-1D65B 30 6.1 68 232 179.3
3 VZW Panel 850 L/5G 80 0.5 2 12.67 0 0 CommScope SBNHH-1D65B 30 6.1 66 232 179.3
3 VZW Panel 1900 LTE 80 0.5 2 15.89 0 0 CommScope SBNHH-1D65B 30 6.1 66 232 179.3
3 VZW Panel 2100 LTE 80 0.5 2 16.44 0 0 CommScope SBNHH-1D65B 30 6.1 63 232 179.3
4 VZW Panel L-Sub6 - 320 0.0 1 23.55 0 0 Ericsson AIR6449 150 2.8 11 233.8 189
5 VZW Panel 746 LTE 80 0.5 2 12.38 0 0 CommScope SBNHH-1D65B 150 6.1 68 231.4 190.2
5 VZW Panel 850 L/5G 80 0.5 2 12.67 0 0 CommScope SBNHH-1D65B 150 6.1 66 231.4 190.2
5 VZW Panel 1900 LTE 80 0.5 2 15.89 0 0 CommScope SBNHH-1D65B 150 6.1 66 231.4 190.2
5 VZW Panel 2100 LTE 80 0.5 2 16.44 0 0 CommScope SBNHH-1D65B 150 6.1 63 231.4 190.2
6 VZW Panel 746 LTE 80 0.5 2 12.38 0 0 CommScope SBNHH-1D65B 150 6.1 68 229 191.4
6 VZW Panel 850 L/5G 80 0.5 2 12.67 0 0 CommScope SBNHH-1D65B 150 6.1 66 229 191.4
6 VZW Panel 1900 LTE 80 0.5 2 15.89 0 0 CommScope SBNHH-1D65B 150 6.1 66 229 191.4
6 VZW Panel 2100 LTE 80 0.5 2 16.44 0 0 CommScope SBNHH-1D65B 150 6.1 63 229 191.4
7 VZW Panel L-Sub6 - 320 0.0 1 23.55 0 0 Ericsson AIR6449 270 2.8 11 219.9 187.8
8 VZW Panel 746 LTE 80 0.5 2 12.38 0 0 CommScope SBNHH-1D65B 270 6.1 68 219.9 185.4
8 VZW Panel 850 L/5G 80 0.5 2 12.67 0 0 CommScope SBNHH-1D65B 270 6.1 66 219.9 185.4
8 VZW Panel 1900 LTE 80 0.5 2 15.89 0 0 CommScope SBNHH-1D65B 270 6.1 66 219.9 185.4
8 VZW Panel 2100 LTE 80 0.5 2 16.44 0 0 CommScope SBNHH-1D65B 270 6.1 63 219.9 185.4
9 VZW Panel 746 LTE 80 0.5 2 12.38 0 0 CommScope SBNHH-1D65B 270 6.1 68 219.9 182.3
9 VZW Panel 850 L/5G 80 0.5 2 12.67 0 0 CommScope SBNHH-1D65B 270 6.1 66 219.9 182.3
9 VZW Panel 1900 LTE 80 0.5 2 15.89 0 0 CommScope SBNHH-1D65B 270 6.1 66 219.9 182.3
9 VZW Panel 2100 LTE 80 0.5 2 16.44 0 0 CommScope SBNHH-1D65B 270 6.1 63 219.9 182.3
10 AT&T Panel L-Sub6 - 320 0.0 1 23.55 0 0 Unknown Unknown 30 2.8 11 227.2 178.1
11 AT&T Panel 746 LTE 80 0.5 2 12.38 0 0 Unknown Unknown 30 6.1 68 229.6 178.7
11 AT&T Panel 850 L/5G 80 0.5 2 12.67 0 0 Unknown Unknown 30 6.1 66 229.6 178.7
11 AT&T Panel 1900 LTE 80 0.5 2 15.89 0 0 Unknown Unknown 30 6.1 66 229.6 178.7
11 AT&T Panel 2100 LTE 80 0.5 2 16.44 0 0 Unknown Unknown 30 6.1 63 229.6 178.7
12 AT&T Panel 746 LTE 80 0.5 2 12.38 0 0 Unknown Unknown 30 6.1 68 231.4 179.9
12 AT&T Panel 850 L/5G 80 0.5 2 12.67 0 0 Unknown Unknown 30 6.1 66 231.4 179.9
12 AT&T Panel 1900 LTE 80 0.5 2 15.89 0 0 Unknown Unknown 30 6.1 66 231.4 179.9
12 AT&T Panel 2100 LTE 80 0.5 2 16.44 0 0 Unknown Unknown 30 6.1 63 231.4 179.9
13 AT&T Panel L-Sub6 - 320 0.0 1 23.55 0 0 Unknown Unknown 150 2.8 11 232.6 187.8
14 AT&T Panel 746 LTE 80 0.5 2 12.38 0 0 Unknown Unknown 150 6.1 68 230.8 188.4
14 AT&T Panel 850 L/5G 80 0.5 2 12.67 0 0 Unknown Unknown 150 6.1 66 230.8 188.4
14 AT&T Panel 1900 LTE 80 0.5 2 15.89 0 0 Unknown Unknown 150 6.1 66 230.8 188.4
14 AT&T Panel 2100 LTE 80 0.5 2 16.44 0 0 Unknown Unknown 150 6.1 63 230.8 188.4
15 AT&T Panel 746 LTE 80 0.5 2 12.38 0 0 Unknown Unknown 150 6.1 68 229 189.6
15 AT&T Panel 850 L/5G 80 0.5 2 12.67 0 0 Unknown Unknown 150 6.1 66 229 189.6
15 AT&T Panel 1900 LTE 80 0.5 2 15.89 0 0 Unknown Unknown 150 6.1 66 229 189.6
15 AT&T Panel 2100 LTE 80 0.5 2 16.44 0 0 Unknown Unknown 150 6.1 63 229 189.6
16 AT&T Panel L-Sub6 - 320 0.0 1 23.55 0 0 Unknown Unknown 270 2.8 11 221.1 187.2
17 AT&T Panel 746 LTE 80 0.5 2 12.38 0 0 Unknown Unknown 270 6.1 68 221.7 184.8
17 AT&T Panel 850 L/5G 80 0.5 2 12.67 0 0 Unknown Unknown 270 6.1 66 221.7 184.8
17 AT&T Panel 1900 LTE 80 0.5 2 15.89 0 0 Unknown Unknown 270 6.1 66 221.7 184.8
17 AT&T Panel 2100 LTE 80 0.5 2 16.44 0 0 Unknown Unknown 270 6.1 63 221.7 184.8
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18 AT&T Panel 746 LTE 80 0.5 2 12.38 0 0 Unknown Unknown 270 6.1 68 221.7 182.3
18 AT&T Panel 850 L/5G 80 0.5 2 12.67 0 0 Unknown Unknown 270 6.1 66 221.7 182.3
18 AT&T Panel 1900 LTE 80 0.5 2 15.89 0 0 Unknown Unknown 270 6.1 66 221.7 182.3
18 AT&T Panel 2100 LTE 80 0.5 2 16.44 0 0 Unknown Unknown 270 6.1 63 221.7 182.3
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1 3.04 35.00 35.52 66
2 3.04 35.00 35.52 66
3 3.04 35.00 35.52 66
4 3.04 35.00 35.52 66
5 3.04 35.00 35.52 66
6 3.04 35.00 35.52 66
7 3.04 35.00 35.52 66
8 3.04 35.00 35.52 66
9 3.04 35.00 35.52 66
10 -6.96 25.00 25.52 56
11 -6.96 25.00 25.52 56
12 -6.96 25.00 25.52 56
13 -6.96 25.00 25.52 56
14 -6.96 25.00 25.52 56
15 -6.96 25.00 25.52 56
16 -6.96 25.00 25.52 56
17 -6.96 25.00 25.52 56
18 -6.96 25.00 25.52 56
RF Modeling
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The modeling calculations include all carriers’ antennas located at the site and assume that the proposed antennas
are operating at 100% capacity, that all proposed antenna channels (also called “radios”) are transmitting
simultaneously and that the radio transmitters are operating at full power. Obstructions (trees, buildings, etc.) that
would normally attenuate the signal are not taken into account. As a result, the predicted signal levels are more
conservative (higher) than the actual signal levels will be. The results of the modeling calculations are all based on
“worst case” assumptions, which means that the actual power density level might be lower.
If power density measurements were to be made at this site at any time, Telnet believes the real-time measurements
would produce levels below those shown in this report. Modeling in this way produces conservative exclusion areas
(areas not to be entered without some sort of mitigation, such as wearing a personal RF monitor, having the carrier
reduce power, or undertaking real-time measurements to show real-time exposure levels).
The maximum cumulative MPE is calculated to be 3465.82% of the occupational exposure limit at antenna level,
6133.63% of the occupational exposure limit at elevation view level, below 20% of the occupational exposure limit in
street-light, cables levels and 23.18% of the general population limit on the ground level (power density at ground
level is 0.02326 mW/cm2). Readings are generated through simulations which are based on proposed site.
Signage/Barrier requirement:
SPECIAL MITIGATION INSTRUCTIONS
Items to be Installed N/A
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Analysis:
Predictive Model: Verizon Transmitters
Is the area being modeled completely INACCESSIBLE to members of
the general population (including untrained maintenance workers)? ☒YES ☐NO
Reference Plane: 62.96 feet Antenna Level
A
C
A
C
7 Fence
Shelter
Mono Eucalyptis
Tree Pole
Ground
VZW BTS
A
BC
Adjacent
Pole 2
Cables
Shelter
Ground
Adjacent
Roof
Street Light
Adjacent Pole 1
10
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2
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1
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Predictive Model: Verizon Transmitters
Is the area being modeled completely INACCESSIBLE to members of
the general population (including untrained maintenance workers)? ☐YES ☒NO
Reference Plane: 31.0 feet Street-Light Level
A
C
A
C
7 Fence
Shelter
Mono Eucalyptis
Tree Pole
Ground
VZW BTS
A
BC
Adjacent
Pole 2
Cables
Shelter
Ground
Adjacent
Roof
Street Light
Adjacent Pole 1
10
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2
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1
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Max Value: 19.5%
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Predictive Model: Verizon Transmitters
Is the area being modeled completely INACCESSIBLE to members of
the general population (including untrained maintenance workers)? ☐YES ☒NO
Reference Plane: 30.48 feet Cables Level
A
C
A
C
7 Fence
Shelter
Mono Eucalyptis
Tree Pole
Ground
VZW BTS
A
BC
Adjacent
Pole 2
Cables
Shelter
Ground
Adjacent
Roof
Street Light
Adjacent Pole 1
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Predictive Model: Verizon Transmitters
Is the area being modeled completely INACCESSIBLE to members of
the general population (including untrained maintenance workers)? ☐YES ☒NO
Reference Plane: Ground Level
A
C
A
C
7 Fence
Shelter
Mono Eucalyptis
Tree Pole
Ground
VZW BTS
A
BC
Adjacent
Pole 2
Cables
Shelter
Ground
Adjacent
Roof
Street Light
Adjacent Pole 1
10
11
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18
2
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Predictive Model: Verizon Transmitters
Is the area being modeled completely INACCESSIBLE to members of
the general population (including untrained maintenance workers)? ☒YES ☐NO
Reference Plane: Elevation View Level
Mono-Tree
Pole
Adjacent
Pole 1Adjacent
Pole 2
Street Light
20 ft
Cables
Ground
Modeling color code
Green Less than 100% BELOW the General Population MPE limit
Blue 100%-500% ABOVE the General Population MPE limit and BELOW the Occupational MPE limit
Yellow 500%-5000% ABOVE the Occupational MPE limit and BELOW 10x the Occupational MPE limit
Red More than 5000% ABOVE 10x the Occupational MPE limit
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Field Measurements
A
C
A
C
7 Fence
Shelter
Mono Eucalyptis
Tree Pole
Ground
VZW BTS
A
BC
Adjacent
Pole 2
Cables
Shelter
Ground
Adjacent
Roof
Street Light
Adjacent Pole 1
10
11
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2
3
1
6
5
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8
9
0.0013
0.0043
0.0690
0.0023
0.4517
0.0015
2.100
0.0039
0.0549
0.0038
0.0017
0.0032
0.2306
0.0259
0.342
0.722
0.7229
0.0021
0.0252
0.0354
0.0448
0.0193
0.0200
0.3566
0.0093
0.004
0.0074
0.0043
0.0010 0.0122
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Signage/Barrier Diagram
A
C
A
C
7 Fence
Shelter
Mono Eucalyptis
Tree Pole
Ground
VZW BTS
A
BC
Adjacent
Pole 2
Cables
Shelter
Ground
Adjacent
Roof
Street Light
Adjacent Pole 1
10
11
12
13
14
15
16
17
18
2
3
1
6
5
4
8
9
Sector C
Sector B
Sector A
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Site Photos
Structure
Front of the Structure
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Access Point(s)
Access Gate to Mono-tree pole
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Individual Sectors
Verizon Sector A Close up Verizon Sector A Mid-Range
Verizon Sector A Zoomed out Verizon Sector B Close up
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Verizon Sector B Mid-Range Verizon Sector B Zoomed out
Verizon Sector C Close up Verizon Sector C Mid-Range
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Verizon Sector C Zoomed out Verizon BTS
AT&T Sector A AT&T Sector B
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AT&T Sector C AT&T BTS
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Miscellaneous
General Overview General Overview
General Overview General Overview
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General Overview General Overview
General Overview General Overview
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General Overview General Overview
General Overview General Overview
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Survey Equipment Certification
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Signature:
Engineering Certification
I, Kenneth D. Gilbert, P.E., PMP provide that:
• I am a Registered Professional Engineer in the state of California, license # E20159 expiration date
12/31/2022.
• I am familiar with the rules and regulations of the Federal Communications Commission (FCC) as well
as the regulations of the Occupational Safety and Health Administration (OSHA), both in general and
specifically as they apply to the FCC OET Bulletin 65, Evaluating Compliance with FCC Guidelines for
Human Exposure to Radiofrequency Electromagnetic Fields.
• I reviewed the RFE-EME compliance report for the Verizon site.
Site Name: DEANZA STEVENS CREE - E - CITY OF
CUPERT
Address: 10800 Torre Ave.
Cupertino, CA 95014
and based on supplied data evaluated by industry standard RF compliance software designed for modeling the
RF environment on rooftops, towers, small cell and Distributed Antenna Systems, and to the best of my
knowledge, I believe the report to be true and accurate.
Kenneth D. Gilbert, P.E., PMP Date: 09/30/2022
Registered Professional Engineer
California License # E20159